Cellular Transport
________ is the transport of water through a plasma membrane.
What is Osmosis
There this many phases of Mitosis.
What is 4?
It is during this phase that the cell spends most of its life.
What is interphase?
Passive transport moves this way in respect to concentration gradient.
What is higher to lower?
Active transport uses this transport substances through the plasma membrane.
What it ATP or Energy.
Energy
What is needed for Active Transport?
During this phase, the chromosomes are lined up down the middle of the cell.
What is metaphase?
There are this many subphases of Interphase.
What is 4?
This protein is used in passive and active transport.
What is a carrier protein.
True of False: Different carrier proteins carry different, specific ions, particles, or substances
What is yes.
This is what must be used in facilitated diffusion
What is a carrier protein?
During this phase, the chromosomes are getting organized.
What is Prophase?
This has to occur before Interphase can begin.
What is Cytokinesis?
This type of transport can move through a membrane without the use of transport proteins.
What is Simple Diffusion?
Wednesday
When is the test?
This type of solution will make an animal cell burst.
What is Hypotonic?
During this phase of Mitosis is when there are two sets of chromosomes and the cycle is just about complete.
What is Telophase?
Chromosome numbers grows from 46 to 92 during this subphase.
What is S (or synthesis) phase?
This type uses transport proteins to enter and exit a cell.
What is Facilitated Diffusion
It opens and closes to move substances
What is a carrier protein?
Cellular transport is needed for this reason.
What is so that a cell can send and receive substances it makes and needs.
This is the phase where the chromosome pairs have are moving away from each other.
What is anaphase?
This subphase is where the cell does is specialized function.
What is G0?
This changes starch purple
Iodine
This is the reason energy is needed for active transport
What is To move a substance against the concentration gradient, from a lower concentration to a higher concentration?